Physics and chemistry

Classical Mechanics

Translational motion: velocity, acceleration, forces, Newton's laws.
Rotary motion: angular velocity, angular acceleration, angular momentum, moment of inertia.
Energy: potential and kinetic energy, conservation laws, work, power.
Oscillations: oscillations with and without damping, resonance.
Electric and magnetic fields
Electric field: Coulomb's law, field strength, field lines.
Magnetic field: Amperes law, the magnetic force on a moving charge, electromagnetic induction, Faraday's and Lenz's law, generators, transformers.
Electric Motors: AC and DC motors
Thermodynamics
Equation of state
First law of thermodynamics
Phase transitions
Calorimetry
Heat transport

Chemistry
The structure of atoms and the periodic system
Inorganic compounds
Chemical bonds
Chemical reactions and stochiometric calculations, combustion reactions
Acid-base calculations and calculations with redox reactions
Electrochemical cells and basic corrosion theory of ideal gases
Organic groups of substances, plastics, oil and gas
Chemical handling and basic safety

Learning outcomes - Knowledge:
The candidate
- understands fundamental theories, concepts and methods of physics and chemistry
- is able to model physical systems and processes 

Learning outcomes - Skills:
The candidate
- is able to explain the basic phenomena in physics and chemistry
- has basic skills in laboratory work and report writing
- is able to solve physical equations both analytically and numerically, furthermore be able to visualize the solutions

Learning outcomes - Expertise:
The candidate
- understands the physical and chemical methodology and thinking
- is able to disseminate knowledge of physics and chemistry

Pedagogical methods:
Lectures, exercises, modeling with computer tools. Laboratory exercises.  

Compulsory requirements:
All lab assignments / modeling assignments must be approved, before sitting for the final examThe exercises must be approved.